The fluorescent yellow fabric and reflective stripes on these sweatshirts make you stand out. They meet Class 3 ANSI/ISEA 107 standards for high-visibility clothing, so you’ll be seen from ¼ mile away. These sweatshirts also meet Category 3 NFPA 70E and NFPA 2112 for moderate protection against flames and electrical arc flashes. Made with a modacrylic/aramid blend, these sweatshirts are both durable and comfortable. To help prevent body heat from escaping, they have snug knit cuffs and a snug knit waistband. Keep your hands warm in the exterior pocket. They have an interior pocket for storage.

When choosing clothing to protect you from arc flashes, match the arc rated personal protective equipment (PPE) category required by your workplace.

These face masks are double-layered to protect your head from radiant heat, flames, and welding sparks. They are designed to meet NFPA 1971 standards for structural firefighting. Check the PPE category and minimum arc rating provided for your workplace, and then select all required clothing and personal protective equipment to meet the minimum arc rating. Arc rating measures a garment’s ability to insulate the wearer from burns; the higher the arc rating, the greater the flame resistance.

Nomex aramid is heavier than PBI, yet breathable and moisture wicking. They meet NFPA 70E standards for protection against electrical arc flashes for personal protection equipment (PPE) category 2. This is the most common PPE category for standard industrial applications.

Rain, rain, you can stay—these two-piece suits will keep your entire body dry in wet conditions. All suits include a hooded jacket and pants or bib overalls.

Suits with pants have an elastic waist and are easier to pull on over other clothing compared to bib overalls.

Polyamide-coated polyester suits are made with breathable fabric, so you’ll stay dry without getting sweaty. They’re also tear resistant and washable, so they’re good for long-term use. These rain suits are bright yellow with reflective stripes to help you stand out when working in risky areas with low visibility. They meet ANSI/ISEA 107 Class 3 standards, so they make you visible from at least 1/4 of a mile away on wet roadways and in your facility during washdowns. You must pair the jacket with pants or overalls to meet this standard.

When measuring chest size, measure around the fullest part of your chest. Find your waist size by measuring just above the top of your hip bone. Take all measurements over any clothing you expect to wear under these suits.

Keep dry in wet and rainy conditions. These jackets have a storm flap that covers the snaps down the front. They’re washable and resist tears.

Polyamide-coated jackets are more breathable than PVC-coated jackets, thanks to an inner layer of fabric that allows sweat to evaporate. You can use them to stay dry when you’re washing down equipment or working outdoors in heavy wind and rain. With their bright colors and reflective stripes, you’ll stand out in high-risk areas where visibility is low. They meet ANSI/ISEA 107 Class 3 standards, so they make you visible from at least a 1/4 of a mile away. That means you'll be seen by vehicles or from across the shop. Their cuffs keep snug on your wrist with hook and loop to keep the rain out.

When measuring chest size, measure around the fullest part of your chest. Take all measurements over any clothing you expect to wear under these jackets.

Replace your respirator hood or swap it out for a new style. Select a hood compatible with your respirator for a comfortable, loose fit.

Bullard GR50 series hoods are made with Nomex fabric, which is extra durable while still being lightweight and comfortable. They protect you better than hoods made from Tychem 2000 in grinding and sparking applications as well as at high temperatures.

Protect your head and neck from extreme heat. To fit your head, these hoods use an adjustable ratchet suspension. There's enough room inside to wear glasses, goggles, or a respirator.

Kevlar/Nomex aramid blend combines good heat resistance with excellent abrasion and cut resistance, in addition to offering protection against molten metal splashes.

Carbon/Kevlar aramid blend is a heavyweight fabric that lasts longer than other Kevlar blends. It combines good heat resistance with excellent abrasion and cut resistance. It provides protection against molten metal splashes.

Protect your eyes the moment you start welding—four sensors detect the light and automatically darken the lens. Unlike traditional green welding lenses, these helmets use a true color lens to enhance clarity and color accuracy. They allow for a better look at your weld pool to increase weld quality and reduce eye strain. To customize the helmet’s fit so you can focus on welding, these helmets have a ratchet adjustment with an easy-turn knob. Solar cells recharge the helmet’s battery while you work.

Nylon plastic helmets offer a wider range of shade numbers and better optical clarity than polycarbonate helmets. They use digital controls to adjust settings such as shade number, light sensitivity, and mode selection.

Optical clarity measures how clearly a welder can see through the lens based on four categories: visual accuracy, light diffusion, consistency, and distortion. Each category is given a rating on a scale of 1 to 3. The lower the number, the better the clarity. Better optical clarity allows for precise welds, reduces eye strain, and improves focus.

Take full control of your shade level with these helmets—you can set the lens to adjust in half-shade increments. They have digital controls behind the lens where you can set the shade number, delay time, and sensitivity. Save up to nine settings to quickly switch between tasks. To switch to grind mode without removing your helmet, press the button above the lens.

As you weld, four sensors detect the light and automatically darken the lens. To improve weld quality and reduce eye strain, these helmets have a wide panoramic view and a true color lens. The lens enhances clarity and color accuracy to reduce the color distortion of your view.

Solar cells recharge the helmet’s battery while you work.

Mount these helmets to a hard-hat adapter when working in areas that require extra head protection. Attach a magnifying lens to enhance details.

Optical clarity measures how clearly a welder can see through the lens based on four categories: visual accuracy, light diffusion, consistency, and distortion. Each category is given a rating on a scale of 1 to 3. The lower the number, the better the clarity. Better optical clarity allows for precise welds, reduces eye strain, and improves focus.

Protect your eyes the moment you start welding with a helmet that senses light and automatically darkens. You can change the shade of the lens without removing these helmets by using a Bluetooth-connected app. The app also monitors battery life and tracks the time spent cutting. Save up to 10 setting combinations to switch tasks quickly. Along with the app, these helmets use a tap function to switch between welding and grinding modes. To change modes, tap the side of the helmet twice.

To improve your weld quality and decrease eye strain, you can switch between cool, neutral, and warm tones. The true color lens enhances clarity and color accuracy to reduce the color distortion of your view.

Every inch of these helmets is designed to improve your welding experience. A rounded, slim design helps you fit in tight spaces. Levers adjust the helmet’s tilt and position on your head. The head suspension sits comfortably on the back of the head and balances the helmet’s weight for a barely-there feel. Side windows increase peripheral vision for high-quality welds.

Use side window covers when you need to block peripheral light.

Get a broader look at your weld—these helmets fit close to your face for a view six times wider than standard welding helmets. Designed with a smaller lens than other wide-view helmets, they’re lighter in weight and require less battery to darken. When you start to weld, five sensors detect the light and automatically darken the lens. Unlike traditional green welding lenses, these helmets use a true color lens to enhance clarity and color accuracy. They give you a better look at the weld pool to increase weld quality and reduce eye strain.

Built-in solar cells charge the helmet’s battery during use. You can also plug in the battery to charge it while you’re not working.

Helmets with an internal slide-up lens give you a clear view for grinding and other tasks that require impact protection without a dark welding lens. Turn the external knob to slide the lens up without removing your head protection. These helmets also have a removable hard hat for additional head protection when needed.

Optical clarity measures how clearly a welder can see through the lens based on four categories: visual accuracy, light diffusion, consistency, and distortion. Each category is given a rating on a scale of 1 to 3. The lower the number, the better the clarity. Better optical clarity allows for precise welds, reduces eye strain, and improves focus.

Weld with the same quality as you would in bright conditions. These helmets have a built-in LED light that brightens your workspace, so you can see your weld and maintain precision even in dark areas. Turn the LED light on with the press of a button, and when it detects an arc or intense light, the light automatically turns off.

As you begin to weld, four arc sensors detect the light and automatically darken the lens. Unlike traditional green welding lenses, these helmets use a true color lens to enhance clarity and color accuracy. They have digital controls behind the lens where you can set the shade number, delay time, and sensitivity. To switch to grind mode without removing your helmet, use the button above the lens.

Mount these helmets to a hard-hat adapter when working in areas that require extra head protection. Attach magnifying lenses to see details better.

Optical clarity measures how clearly a welder can see through the lens based on four categories: visual accuracy, light diffusion, consistency, and distortion. Each category is given a rating on a scale of 1 to 3. The lower the number, the better the clarity. Better optical clarity allows for precise welds, reduces eye strain, and improves focus.

Providing greater safety while welding than face shields, these helmets have an outer filter lens cover for protection from scratches and weld spatter. All helmets have a ratchet adjustment with an easy-turn knob.

Helmets with a flip-up lens let you expose a viewing lens.

Nylon helmets are lighter weight than fiberglass helmets.

Style B and D helmets have an extended forehead that offers more overhead protection.

No need for goggles or glasses under these helmets. They have two lenses to protect your eyes against welding laser light. A nose cutout lets these helmets sit closer to your face for a six-times larger viewing area than standard helmets for higher quality welds. Without the need for a larger lens to enhance peripheral vision, these helmets are lighter and have longer battery life. Unlike traditional green welding lenses, these helmets use a true color lens to enhance clarity and color accuracy. They give you a better look at your weld pool to increase weld quality and reduce eye strain.

Helmets with a standard lens are suitable for laser use only. The lens stays at a fixed shade number and does not adjust based on intensity. Charge them with a USB cord.

Helmets with an auto-darkening lens let you switch between regular and laser welding without changing your head protection. When you start to weld, five sensors detect the light’s intensity and automatically darken the lens. Built-in solar cells charge the helmet’s battery during use. You can also plug in the battery to charge it while you’re not working.

Optical clarity measures how clearly a welder can see through the lens based on four categories: visual accuracy, light diffusion, consistency, and distortion. Each category is given a rating on a scale of 1 to 3. The lower the number, the better the clarity. Better optical clarity allows for precise welds, reduces eye strain, and improves focus.

Filter out harmful air while you weld. These helmets have a built-in connection for the included powered air-purifying respirator (PAPR). The respirator supplies continuous filtered air to reduce breathing effort and minimize heat buildup inside these helmets. It also filters out at least 99.5% of harmful particles like smoke, aerosols, and dust. For comfortable all-day wear, they are lightweight and connect to a belt on your back for unrestricted movement. A rechargeable battery powers the respirator for up to 18 hours.

When you start to weld, five sensors detect the light and automatically darken the lens. Unlike traditional green welding lenses, these helmets use a true color lens to enhance clarity and color accuracy. They allow for a better look at your weld pool to increase weld quality and reduce eye strain. A nose cutout lets these helmets sit closer to your face for a six-times larger viewing area than standard helmets for higher quality welds. Without the need for a larger lens to enhance peripheral vision, these helmets are lighter and have longer battery life. Solar cells recharge the helmet’s battery while you work.

Helmets with an internal slide-up lens offer a clear view for grinding and other tasks that require impact protection without a shaded view. Turn the external knob to slide the lens up without removing your head protection. These helmets also have a removable hard hat for additional head protection when needed.

Optical clarity measures how clearly a welder can see through the lens based on four categories: visual accuracy, light diffusion, consistency, and distortion. Each category is given a rating on a scale of 1 to 3. The lower the number, the better the clarity. Better optical clarity allows for precise welds, reduces eye strain, and improves focus.

The arm length adjusts from 3 to 6 feet making these exhaust hoses good for locations with low ceilings. Use these hoses to remove fumes, vapors, and fine dust particles from your space. They are commonly used in welding, soldering, and other operations that create fumes.

Designed to withstand washdown and outdoor environments, these connectors have a seal to block out water and debris. They also have solder cup terminals that hold wire leads in place when you’re soldering them, creating more secure connections than standard solder terminals.

Backshell connectors have an adjustable locknut with a rubber gasket to seal connections on a range of cable diameters.